Question 5 A motorbike of mass 500 kg is travelling over an uneven road that can be modeled as sine wave. If the suspension of the bike has a spring constant of 2000 N/m and a damping constant of 1000 Ns/m, what is the maximum displacement transmissibility of the system? O 1.272 O 1.047 • 1.468 O 1.086 Question 6 Using the information from question 5, and assuming that the system is operating at its maximum displacement transmissibility. find the operating frequency of the system. O 1.711 rad/s O 1.089 rad/s O 1.250 rad/s O 1.572 rad/s
Question 5 A motorbike of mass 500 kg is travelling over an uneven road that can be modeled as sine wave. If the suspension of the bike has a spring constant of 2000 N/m and a damping constant of 1000 Ns/m, what is the maximum displacement transmissibility of the system? O 1.272 O 1.047 • 1.468 O 1.086 Question 6 Using the information from question 5, and assuming that the system is operating at its maximum displacement transmissibility. find the operating frequency of the system. O 1.711 rad/s O 1.089 rad/s O 1.250 rad/s O 1.572 rad/s
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:Question 5
A motorbike of mass 500 kg is travelling over an uneven road that can be modeled as sine wave. If
the suspension of the bike has a spring constant of 2000 N/m and a damping constant of 1000
Ns/m, what is the maximum displacement transmissibility of the system?
O 1.272
O 1.047
O 1.468
O 1.086
Question 6
Using the information from question 5, and assuming that the system is operating at its maximum
displacement transmissibility. find the operating frequency of the system.
O 1.711 rad/s
O 1.089 rad/s
O 1.250 rad/s
O 1.572 rad/s
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